Playboy today named Jimmy Jellinek, the former editor of Maxim, as its senior vice president of digital content, digital media, a newly-created position. Jellinek will report to Tom Hagopian, division executive vice president and general manager, digital media, and will be based in New York.He’ll begin work on September 2.Jellinek—most recently the VP of entertainment and programming for Heavy.com—was replaced at Maxim by Jim Kaminsky last August, shortly after the $240 million sale of Dennis Publishing to Kent Brownridge, a former Wenner Media executive, was finalized. Prior to Maxim, Jellinek served as editor-in-chief of Maxim sibling Stuff, editor-in-chief of Complex and in various roles at FHM. He began his career in publishing at Details as an editorial assistant.Jellinek’s hiring comes at a pivotal time for the company as Playboy shifts its resources online and tries to translate its iconic brand to the digital arena.
35 Photos #ScienceGoalsAll three of ISRO’s robotic explorers have different lifespans and will be looking to achieve key science goals in their limited time exploring the moon. Chief among these goals is the ability to understand the composition of the moon, allowing for a deeper understanding of its origin and its evolution.There are 12 payloads on board, with five on both the orbiter and lander and two on the rover. The lander will only operate for a single lunar day (two weeks on Earth). NASA is also hitching a ride on the lunar lander with a laser retroreflector, a device that can help measure the distance between the Earth and Moon.The orbiter will operate for a year in a circular orbit around the poles and carries radar and spectrometers that will enable study of the moon’s surface and exosphere. Predominantly, these instruments should enable a greater understanding of the moon’s water ice deposits. A mapping camera will also provide a 3D map of the terrain.The Pragyan rover, powered by the sun and AI, will cross the lunar surface at the blistering pace of 1 centimeter per second carrying instruments that can assess the molecules present on the moon. Share your voice Comments The GSLV-MkIII launches from Sriharikota in 2017. For the Chandrayaan-2 mission, it will launch a suite of robots to the moon’s south pole. Arun Sanker/AFP/Getty Images India’s exploration mission to the moon shot off to a successful start early Monday. The Chandrayaan-2 mission, aiming to put robots at the lunar south pole for the first time, suffered several delays leading up to lift-off, but finally went off without a hitch. It was originally scheduled for July 14 but the Indian Space Research Organization (ISRO) postponed the departure less than an hour before launch due to a “technical snag.” The landmark mission departed from India’s Satish Dhawan Space Centre in Sriharikota, north of Chennai, at 2:43 a.m. PT (5:43 a.m. ET), Monday July 22. Unlike the Apollo 11 mission, which celebrates its 50th anniversary this week, India’s mission doesn’t involve human astronauts. Rather, Chandrayaan-2 is carrying three lunar exploration robots that will be able to survey the moon from both the surface and the sky.The payload of Chandrayaan-2 consists of a lunar orbiter, a lunar lander and a lunar rover and will be launched atop the ISRO-developed GSLV Mk-III rocket. That rocket is about half as powerful as the SpaceX Falcon 9 and will put Chandrayaan-2 into what’s known as an “Earth parking orbit” before the module uses its own power to extend that orbit and eventually position itself for a lunar rendezvous.How to watch the Chandrayaan-2 launchDon’t worry if you didn’t manage to tune in to watch the historic launch live — replays are available. ISRO handled livestreaming duties across its social media pages, which means you can relive the event at the ISRO Twitter or check out the agency’s Facebook page. The agency’s YouTube channel also covered the event. Indian public broadcaster Doordarshan broadcast the launch live and you can watch that stream below (lift-off happens around 38 minutes in): Tags Why is this mission called Chandrayaan-2?This is the sequel to Chandrayaan-1, an ISRO mission that launched 11 years ago featuring only a lunar orbiter. That orbiter reached the moon on Nov. 8, 2008, and then fired an impacter that struck the south pole. The material ejected from below the surface allowed ISRO to detect lunar water ice — a valuable resource that could enable future exploration. Chandrayaan-2 will look to build on this monumental discovery from the ground.When will Chandrayaan-2 reach the moon?Provided Chandrayaan-2 launches on time, it’s expected to reach the moon on Sept. 6, 2019. If it can achieve the difficult feat of landing on the surface, India will become just the fourth nation to complete a soft landing in history, following the US, Russia and China, which has the Chang’e 4 rover operating on the far side of the moon.The lander and rover are headed for the lunar south pole, exploring a scientifically important region that has been shown to contain water ice. The lunar lander, known as Vikram, and a rover, known as Pragyan, will set up shop in the south, unlike any previous mission to the moon. The proposed landing spot is between two craters, Manzinus C and Simpelius N.A video of all the moon landing sites — and Chandrayaan-2’s proposed finishing spot — is below: Apollo 11 moon landing: Neil Armstrong’s defining moment Published July 10Update, July 14: ISRO announce launch called offUpdate, July 18: ISRO announce new launch dateUpdate, July 22: ISRO livestreaming details for second attemptUpdate, July 22: Added details of successful lift-off Sci-Tech 2 Space
A promotional material from Hemmeya Kannadiga 2019.PR HandoutZee Kannada’s Hemmeya Kannadiga 2019 is an effort towards continuing the journey of recognizing and honouring outstanding individuals from all walks of life, who have done Karnataka proud in the year of 2018. This one-of-a-kind award ceremony was held on 23rd March at Nandi Link Grounds in Bengaluru, and will be aired on the 30th and 31st March at 7 pm only on Zee Kannada and Zee Kannada HD.Hemmeya Kannadiga 2019 is bigger and better this year as the channel honors 24 achievers across 24 awards categories, who have done Karnataka proud. The event is aimed at highlighting the cultural heritage of Karnataka, where the platform will be recognizing and honoring the achievers of society, film and small screen industry.The event’s glamourous factory is heightened with the presence of popular sandalwood actors – Ramesh, Yash, Puneeth Rajkumar, Rachita Ram, Priyanka Upendra, and Sumalatha Ambareesh. The evening was filled with the senior stars sharing their cherished memories with Jaleela Ambareesh, along with exciting and colourful performances, songs, dances and super performances by television and film stars.The star-studded event brought together some of the most noble and admirable individuals under one roof from Karnataka who have contributed to the society, and to the entertainment industry. The enthralling ceremony brought together the most eminent individuals to the sensational ‘Red Carpet’, where they paraded through traditional music and visited the testament by the popular Auto Shivakumar, with the feeling of nostalgia and pride. A platform was provided to the attendees, to welcome and celebrate other noteworthy achievers, including Arjun Janya, Santosh Hegde, Prakash Belavadi, Mime Ramesh, Jayanth Kaikini, Mukhyamantri Chandru, Raghavendra Rajkumar, Garuda Ram, Roopa Maudgil, Aindritha Ray, Diganth, Anuradha, Mokshitha Pai, Sharath Bharadwaj, Arundathi Nag, Vijayalakshmi Shibroor, Vinaya Prasad, Aasha Rani, Hamsalekha, Arjuna Sarja, Girija Lokesh, Srujan Lokesh, Tara Anuradha, KGF Team, Tennis Krishna, and V Hari Krishna, Bank Janardhana, Gurukiran, Rachita Ram, Shri Murali.The exuberant Anushree and the ebullient Ramesh Aravind hosted the glorious evening that witnessed a line-up of sizzling performances by Sandalwood stars and the Zee Family, namely, Rachita Ram, Priyanka Upendra, Raghu Dixit, Haripriya, Bhavana, KGF Performance by fiction heroes, Jodi Hakki Chiatra Rao, Bramahgantu Geetha.Last year, ‘Kannada Hemme'(pride of Kannada) honor was awarded to the walking God, Seer of Siddaganga Mutt, Dr. Shivakumar Swamiji. This year, his absence was painfully felt amongst the audiences. Salu Marada Thimmakka, Nisar Ahmed, singer Vijay Prakash, journalist Vishweshwar Bhat, agriculturist Narayanareddy, 5 rupee doctor Shankaregowda, IPS officer Roopa Moudgil and a few others who were honored by Zee Kannada’s Hemmeya Kannadiga 2018. Hemmeya Kannadiga 2019 AwardeesJanapada poet, Padmashree awardee, Doddarange Gowda is honored with Proud Literary figure award. Vijayalakshmi Shibarur, a daring Journalist who revealed cases of child labour, lottery scam, water scam and more, by her investigative journalism, has been honored with Proud Journalist. Anuradha, senior women Scientist and Director of first women satellite project, is honored with Proud woman achiever. The Proud Icon was awarded to Infosys founder and philanthropist, Sudha Murthy. Social Servant, Kallaiah Ajja was awarded with Proud social worker. Mime Ramesh was given the Proud theater activist.Capsicum Kamalamma, who used the facilities given by Government for agriculture and is recognized at State and National level was honored with the Proud Farmer award. Social Reformer, Dharmadhikari of Dharmasthala Veerendra Heggade was awarded with the Proud Life Time achiever. V Nagendra Prasad, who created a new wave in the Kannada cinema industry with his writing was awarded with Proud lyricist.Vijay Prakash, the singer who sung best songs in the year 2018-19 was honored with the proud voice awards. Arjun Janya, who composed the best music in 2018-19 was honored as Proud Musician. Dhananjaya, who acted in Tagaru cinema as Dolly was honored as Proud supporting role. Prashanth Neel, a director who created a nation-wide sensation with landmark movies like Ugram and KGF, was awarded with Proud Director. Dimple girl, Rachita Ram, who captured the audience with her acting prowess from Darling to Natasaarvabhowma, was awarded with Proud Heroine. Rocking Star Yash, who impressed the viewers with KGF, was awarded with Proud Hero.Ambareesh who started his career as Jaleela in Nagarahavu and showed his mettle with Ambi Ning Vayassayto, is no more with us. Ambi was awarded with Proud Honorary Award. The person who created his own style in acting, politics and in personal life, was well-respected by the people, therefore, was saluted by everybody present at the event.KGF by Hombale films was dubbed in five languages that increased the visibility of the Kannada film industry, was awarded with proud film. Rishabh Shetty, who came up with movies like Ricky, Kirik Party, Sarkari Hiriya Prathamika Shale Kasaragod, and Bell Bottom, was awarded with Proud talent. Hemmeya Kannadiga 2019, a star-studded event honors 24 achievers across 24 awards categories with an aim of recognizing and honoring the achievers of society, film and small screen industry.PR HandoutChikkanna who is responsible for making everyone laugh with his versatile acting, was awarded with Proud comedian for his acting in . Ravi Basrur from KGF movie, which was a phenomenal movie in India, was awarded with Proud BGM for his background music. Ram, who acted as Garuda in KGF was awarded with Proud Villain. Cinematography is the highlight of KGF, Bhuvan Gowda was honoured with the Proud cinematographer award.
Snapdeal, a local e-commerce firm’s losses have more than doubled to Rs 2,960 crore for the financial year that ended in March 2016, when compared to Rs 1,319 crore in the previous year. One of the many reasons for the losses is the continuously eroding market share to local rival Flipkart and US-based e-commerce firm Amazon. During the same period, the New Delhi-based online marketplace reported 50 percent rise in revenues to Rs 1,456 crore. It had reported losses to the tune of Rs 1,319.2 crore on revenues of Rs 933 crore in the previous fiscal (FY15), Mint cited documents filed with the registrar of companies as saying.Also read: Snapdeal to change logo, tagline ahead of Diwali sales”In order to deliver the best in class customer experience and to set up necessary infrastructure for future growth, there was an increase in fulfilment and overhead expenses,” the company said. Snapdeal fell to the number three slot in ranking as Amazon India continued to gain market share. Although Snapdeal has said it aims to focus on profitability and not market share, the e-commerce firm underwent a branding overhaul and had launched a new logo two months ago. It had committed close to Rs 200 crore on advertising and market spending in September and October last year, Times of India reported. “In FY2016 we invested our capital in building our capabilities across technology, logistics and seller ecosystem to support the long term growth of our business,” the publication quoted the company as saying. Japan’s SoftBank is one of the largest shareholders in Snapdeal, holding a 33 percent stake in the company. Some of the other investors include Kalaari Capital, Nexus Venture Partners, E-Bay, Foxconn and Alibaba Group Holding Ltd. The news of Snapdeal reporting losses comes at a time when its rivals Amazon India and Flipkart have stepped up on investments. Flipkart has invested $2 million (about Rs 13.6 crore) in a parenting social media platform called Tinystep on Thursday, Press Trust of India reported.
Santwinder Singh WaraichPR HandoutFashion is something that comes from within. Santwinder Singh Waraich is a classic example of it, as he claims to be the first Sikh fashion influencer. Based in Chandigarh, he is a fashion mentor as well as an international model.The way Santwinder Singh Waraich carries himself whether be in traditional or the western attire has a great impact on the youth across the globe. He has gained a lot of recognition among the top brands of India. Some of the branded campaigns he has worked include Skechers India, Flying Machine, Daniel Wellington, Superdry, Jack & Jones and several other sports and nutrition brands.Born on November 17, 1992 in Fatehgarh Sahib, Santwinder has achieved a lot at a very young age. His father Gurnam Singh is a farmer and his mother Harwinder Kaur is a homemaker. He has two siblings – an elder sister and a younger brother. Their childhood was spent in a village due to their father’s profession.However, their mother made a choice to move to Chandigarh to give them good education. Santwinder Singh completed his secondary education from Guru Nanak Public School and later attended Punjab Technical University to study Civil Engineering.Who knew that life had some other plans for him? In his 20s, he realised that his passion lies in the fashion industry. He considers his mother to be a big inspiration in his journey of being a fashion influencer. He began his blogging career when he was in college. With having a unique style of his own, many of his classmates took fashion advice from this Sikh fashion expert.On April 14, 2014, Santwinder presented himself as a fashion blogger on Instagram and he received a great response. There has been no looking back for him since then. He has earned a lot of achievements within a short span of time.Santwinder has been featured in world’s largest wedding magazine Asiana International Wedding Magazine and has also been featured on several publications like ScoopWhoop, MensXP and India Today to name a few. He was also ranked among the top 13 desirable men in Chandigarh.Santwinder has 122K followers on Instagram and 170K subscribers on his YouTube channel. Well, that’s what the fashion industry has given this man. Talking about style he believes, “Style is a reflection of your own attitude and personality” and we totally agree with him.
Journal information: arXiv © 2013 Phys.org Graphene-based transistor seen as candidate for post-CMOS technology More information: Graphene-Based Non-Boolean Logic Circuits, arXiv:1308.2931 [cond-mat.mes-hall] arxiv.org/abs/1308.2931AbstractGraphene revealed a number of unique properties beneficial for electronics. However, graphene does not have an energy band-gap, which presents a serious hurdle for its applications in digital logic gates. The efforts to induce a band-gap in graphene via quantum confinement or surface functionalization have not resulted in a breakthrough. Here we show that the negative differential resistance experimentally observed in graphene field-effect transistors of “conventional” design allows for construction of viable non-Boolean computational architectures with the gap-less graphene. The negative differential resistance – observed under certain biasing schemes – is an intrinsic property of graphene resulting from its symmetric band structure. Our atomistic modeling shows that the negative differential resistance appears not only in the drift-diffusion regime but also in the ballistic regime at the nanometer-scale – although the physics changes. The obtained results present a conceptual change in graphene research and indicate an alternative route for graphene’s applications in information processing.via Arxiv blog As most everyone knows, using silicon as the basis for building transistors is reaching its logical conclusion—basic physics dictates that transistors based on it can only be made so small. Thus, efforts have been underway for several years to find a replacement material. One of the leading candidates, of course, is graphene—it has a variety of properties that would make it ideal, the best of which is the incredible speed in which electrons can move through it. Unfortunately, graphene is not a semiconducting material—it has no bad gap. That makes it useless as material for use in a transistor, which by its very nature must have a component that turns on and off. Graphene stays on all the time.Researchers have spent a lot of time, money and effort trying to force graphene to behave like a semiconductor, but most efforts have either failed completely, or resulted in a slowdown of the movement of electrons—defeating the whole point of using grahene in the first now. Now, however, it appears the team at UC has found a way to use graphene in a transistor, without forcing it to have a band gap.The researchers took advantage of a property of graphene known as negative differential resistance—this occurs when a charge is applied under certain conditions to a material and the overall voltage level of the circuit is reduced. Thus, instead of changing the way graphene behaves, the team found a way to use another of its properties. They used the drop in voltage as a logic gate, which of course is one of the basic components of a transistor.The team hasn’t built an actual transistor yet, but express optimism that it can be done. If they succeed, it could mean the creation of transistors that operate in the 400GHz range—orders of magnitude faster than today’s silicon based technology, though they wouldn’t appear in consumer products for at least ten years due to the need to completely change production processes. Explore further Experimentally observed negative differential resistance characteristics in graphene devices. (a) SEM of top-view SEM of a typical dual-gate graphene device. Gold color is the source/drain, pink color is the top gate and the blue color underneath is graphene flake. The gate and graphene channel is separated by a two-layer of AlOx and HfO2 oxide stack. The scale bar is 1μm. (b) The transfer characteristics of BLG device under different back-gate voltage. The increased resistance at large back-gate voltage indicated band gap opening by perpendicular electric field. The inset shows the Dirac point shift as the back-gate voltage changes. Credit: arXiv:1308.2931 [cond-mat.mes-hall] (Phys.org) —A team of researchers at the University of California has come up with a way to use graphene in a transistor without sacrificing speed. In a paper they’ve uploaded to the preprint server arXiv, the team describes how they took advantage of a property of graphene known as negative differential resistance to coax transistor-like properties out of graphene without causing it to behave as a semiconductor. Citation: Researchers get around bad gap problem with graphene by using negative differential resistance (2013, August 22) retrieved 18 August 2019 from https://phys.org/news/2013-08-bad-gap-problem-graphene-negative.html This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.